Monthly Archives: October 2014

Ever since I first saw my father use a GPS watch on his runs in 2003 I thought, “There’s something to this.” It took nearly ten years and an explosion in mobile technology for the smart watch to develop into a truly useful device, but it has finally happened. Samsung’s line of Gear products, Apple’s recently announced Apple Watch, and several other third parties showcase what a good smart watch is.

But for me, none of the watches being rapidly released fit my lifestyle. I needed a functional watch to tell me the time and wake me up. I wanted something that would keep me up to date with my calendar and display alerts. I wanted an independent GPS to track my runs if I didn’t have my phone and an accurate heart rate monitor to track my fitness. And it needed to not be like a giant calculator on my wrist.

The world of computing has become even faster as the Defense Advanced Research Projects Agency (DARPA) achieves a speed of 1 terahertz.

The 1 terahertz marker represents a coming shift in computing as global trade, finance, medical research and entertainment industries become more dependent on high speed processing. The previous record holder in 150 billion cycles slower at 850 gigahertz, with most business and personal computers between 2 to 4 gigahertz.

Communications systems are also poised for a massive leap in productivity as the new discover allows for higher frequencies and more communications channels in a world already congested and competing for relevant signal usage.

Although the 1 terahertz cycle speed is achievable, there still needs to be a system capable of maintaining specific, incremental speeds.

Specific devices need to be able to communicate at extremely precise frequencies, which won’t be available at early stages of the terahertz frequency research. Above 300 gigahertz–a frequency where wavelengths become less than a millimeter–erratic changes to signal strength, effective distance and destiny are observed.

Who didn’t see the day coming when computer hacking was a threat against cars? Keyless cars are operated by a plastic fob that contains a computer chip and security code. It authorizes drivers to start their car when placed into a slot. Sometimes, it only has to be in a pocket or a purse as they come into close proximity with the car. These non-keys have been promoted as being more secure than traditional keys. Recent news has proved differently as car-owners come under attack by organized gangs armed with the right technology to trick the system.

These car thieves are buying blank fobs online and using the on-board computer system and a separate box to reprogram the fob, giving thieves a brand new non-key for a car that doesn’t belong to them. Some insurance companies are refusing to insure keyless cars due to the threat.

Although it has gone through various cosmetic evolutions, the basics of the umbrella have remained relatively unchanged since its invention about 3,000 years ago. Kickstarter has decided its time for a makeover.

The creative-funding company has given over $14,000 toward the Nanjing, China based research of a fabric canopy-less umbrella rod that protects its user from the rain via an emitted forcefield. Angel investors including Khaled Shaheen and Walter Blank have also gotten in on the action. When turned on, the battery-powered rod lightly hums and will supposedly blast an invisible canopy of air over its owner. The user will even have the option of expanding the forcefield to cover other people.

Evan Spiegel, Founder of Snapchat, has announced that the app will soon add advertisements. Until now, Snapchat has not many any money off of its users – that’s going to change soon, though and Igor Cornelsen and other early investors have to be excited about this.

It seems that Snapchat’s ads won’t look like obvious or traditional advertisements commonly seen online. High quality ads tend to get more engagement and shares from users, which is Snapchat’s goal.

Stories is a list of Snaps (photos) that can be seen in sequence for an entire day. After “Stories,” Snapchat introduced “Our Story,” which is a Story that any user – not just Snapchat – can upload to the app.

With all the major electronics companies searching for the next big thing, Google is a latecomer to the virtual reality bandwagon. Following Facebook’s recent acquisition of Oculus Rift Virtual Reality and Sony’s announcement of their virtual reality research and development project known as Project Morpheus, Google has finally joined the party with a reported $500 million investment in the virtual reality start up company, Magic Leap.

This whopping reported investment will presumably be used to fund Magic Leap projects like their secretive and unconfirmed ‘cinematic headset’, which works by producing something that the New York Times coverage described as a ‘Digital Light Field’. Magic Leap’s founder, Rony Abovitz, has already successfully founded and sold a company with Marnie Bennett dedicated to robotic surgery prior to founding Magic Leap in 2010. Heavy-hitting companies like Google are currently investing huge amounts in virtual reality companies in the attempt to overcome the largest single limitation of the medium; current virtual reality technology causes queasiness or nausea in a large number of the viewers who test it.

While virtual reality technology exists and looks convincing enough to place a four armed alien in a press conference, downsizing that technology into a pair of glasses that people can comfortably wear without getting ill is expected to be the most crucial goal of Magic Leap.